Marijne Vermeer

Postdoctoral Scientist👩🏻‍🔬♥️🔬| @TuguesLab University of Zürich

[Tobias Wertheimer @WertheimerT]

🚀 We’re excited to announce two open PhD positions in our lab!
Join us to explore immune escape after allogeneic stem cell transplantation using cutting-edge technologies.
🧬 💻background both in biological sciences or computational biology welcome!
https://t.co/RFg79Nyfvr

[Marijne Vermeer @marijnevermeer]

@Paul_TdL @TuguesLab Thank you so much, Paulino!

[Marijne Vermeer @marijnevermeer]

Huge thanks to @TuguesLab and the amazing
@csparano93, @NCoianiz, @MaudMayoux , Gioana Litscher, André Fonseca, @StanislavDergun, Caroline Mussak, Lukas Rindlisbacher, Philipp Häne, Laura Ducimetière, @WertheimerT, Lothar Dieterich and Burkhard Becher

[Marijne Vermeer @marijnevermeer]

Excited to share our new study out in @NatureComms ! 🎉 We show that NK cell localization in the lung determines their ability to eliminate tumor cells.

🫁 https://t.co/cz4Aee4lJa

[Marijne Vermeer @marijnevermeer]

✨ We believe that understanding how NK cells operate in different environments brings us one step closer to harnessing their full potential against metastatic cancer.

[Marijne Vermeer @marijnevermeer]

@csparano93 @JExpMed Congratulations Colin, amazingly done, as always!

[Cerwenka Lab @CerwenkaLab]

New position is open! Cerwenka and Tugues lab will work together on innate lymphocyte responses in metastatic melanoma and immunotherapy

[Marijne Vermeer @marijnevermeer]

@DergunStanislav Good luck Stan, we miss you already! 💔

[Florian Ingelfinger @FlorianIngelfi1]

Check out our most recent article about environmental impacts leading to CNS entry of CXCR3 B cells in MS! Big thanks to everyone for making this possible.
@BecherLab, @MS_TWIN_STUDY, @SarahMundt5, @UlutekinCan, @LukasRindlis

[Immunology Podcast @ImmunoPodcast]

How does IL-23 fuel tumor growth?

Drs. Tobias Wertheimer (@WertheimerT), @PascaleZwicky, and a team in Drs. Sonia Tugues' and Burkhard Becher's (@BecherLab) labs found that IL-23 stabilizes #Treg identity.

📑 @NatImmunol: https://t.co/pLmhAAPhN5
🎙️: https://t.co/1SnPoVijMm

[Marijne Vermeer @marijnevermeer]

@PascaleZwicky @WertheimerT @BecherLab @TuguesLab Congratulations Pascale! Really well done! 🔥

[Pascale Zwicky @PascaleZwicky]

I am super excited to finally share our work 🎉🍾 It was a huge pleasure to work with @WertheimerT on this story. My heartfelt thanks to everybody involved @BecherLab @TuguesLab and many more😊

[Marijne Vermeer @marijnevermeer]

@WertheimerT @NatImmunol @PascaleZwicky @BecherLab @TuguesLab Congratulations! As always, amazing science!

[Marijne Vermeer @marijnevermeer]

Thrilled to finally see this work out! Congratulations @WertheimerT and @PascaleZwicky 🔥

[Georg Gasteiger @GeorgGasteiger]

Happy to see this out @ImmunityCP: cNK cells establish tissue residency upon acute skin infection. Tcf7+CD69+ trNK resemble CD56bright NK cells in human tissues, and mediate rapid secondary responses. Thanks to the fantastic @Wue_SI team + all collabs! https://t.co/7cOZ12bmIn

[Can Ulutekin @UlutekinCan]

B cell depleting therapies effectively treat #MultipleSclerosis, yet our understanding of why remains limited. How does loss of B cells impact the immune system in MS? See our multicohort study employing high-dimensional single-cell immunophenotyping: https://t.co/C7OLO1IduT